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Semiconductor Physics Group

Semiconductor Physics Group

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  • Quantum Dot Refrigeration
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Carbon Electronics

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  • Electrically Contacting Molecules Using Graphene for Energy Harvesting
  • Graphene quantum dots
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Surface acoustic waves (SAWs)

  • Surface acoustic waves (SAWs) overview
  • SAW-driven quantised charge transport
  • The use of SAWs to manipulate quantum bits (qubits)
  • Playing ping-pong with single electrons
  • A single-photon production line driven by a sound wave

Quantum Optics

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  • Self-assembled quantum dots
  • Solid-state photonic interfaces based on single quantum dots and quantum dot molecules

2D Transport

  • 2D Transport overview
  • Coupled Two-Dimensional Electron or Hole Gases
  • Electron hole bilayers

1D Transport

  • 1D Transport overview
  • Electrons take the fast and slow lanes at the same time
  • Spin-charge separation in quantum wires
  • Testing theories that go beyond the regime of applicability of Luttinger-liquid theory
  • Incipient formation of an electron lattice in quantum wires

Fundamentals of low-dimensional semiconductor systems

  • Fundamentals of low-dimensional semiconductor systems overview
  • Introduction to low-dimensional systems
  • Electrons in few dimensions
  • Low-dimensional electron systems in a perpendicular magnetic field
  • Antidots
  • Surface Acoustic Waves (SAWs)
  • Low-temperature scanning probes

PhD projects

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  • Measuring spin-charge separation and high-energy effects in an interacting 1D Luttinger Liquid
  • Electrically Contacting Molecules Using Graphene for Energy Harvesting
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  • Research

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    Research overview
    • Carbon Electronics
    • Surface acoustic waves (SAWs)
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    • 2D Transport
    • 1D Transport
    • Quantum Dot Refrigeration
    • Fundamentals of low-dimensional semiconductor systems
    • PhD projects
    • Projects for undergraduates and summer students
    • Press Cuttings
    • Summer projects
  • Publications
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  • PhDs / Jobs
  • Useful links

    Useful links

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    • The Cavendish Laboratory
    • SP risk assessments
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    • Home
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  3. 381 LSM and MUX Dipping Station

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381 LSM and MUX dipping station

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Semiconductor Physics Group

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